QuantBlockchain/qc-bc-interactive: v1.0.0 — Quantum Futures Interactive
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2026
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| _version_ | 1866901605195972608 |
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| author | Luyao (Sunshine) Zhang Magic Chen Aoyu |
| author_facet | Luyao (Sunshine) Zhang Magic Chen Aoyu |
| contents | <h1>v1.0.0 — Quantum Futures Interactive (Initial Public Release)</h1> <h2> Overview</h2> <p>This release introduces <strong>Quantum Futures Interactive</strong>, an interdisciplinary demonstration platform exploring the transition toward quantum-resilient blockchain infrastructure through interactive user experience and real quantum hardware execution.</p> <p>The system combines post-quantum cryptography education, blockchain security awareness, participatory interaction, and cloud-based quantum execution into a unified demonstrator designed for workshops, exhibitions, and technical exploration.</p> <p>The platform illustrates how advances in quantum computing influence cryptographic assumptions underlying distributed systems and how infrastructure, governance, and ecosystem considerations shape technology adoption.</p> <h2> Purpose of This Release</h2> <p>This release provides a reproducible implementation of the interactive demonstration, intended for:</p> <ul> <li>researchers studying post-quantum cryptography and distributed systems,</li> <li>engineers exploring quantum-computing-as-a-service workflows,</li> <li>educators demonstrating quantum risk concepts,</li> <li>and interdisciplinary audiences interested in emerging digital infrastructure.</li> </ul> <p>The system is designed as a <strong>research and educational demonstrator</strong>, not a production cryptographic system.</p> <h2>✨ Included Features</h2> <h3>Interactive Experience (Pages 1–7)</h3> <p>The application guides participants through a structured interaction flow:</p> <ul> <li>Scientific context for quantum computing foundations</li> <li>Visualization of quantum threats to blockchain cryptography</li> <li>Consent-based participation workflow</li> <li>Public sentiment aggregation</li> <li>Technology prioritization voting</li> <li>Quantum device exploration across hardware paradigms:<ul> <li>Classical simulators (SV1, DM1, TN1)</li> <li>Trapped-ion quantum processors (IonQ, AQT)</li> <li>Superconducting quantum processors (IQM, Rigetti)</li> <li>Neutral-atom systems (QuEra)</li> </ul> </li> <li>Generation of a demonstrative post-quantum cryptographic artifact</li> </ul> <h3>System Architecture</h3> <ul> <li>Serverless AWS deployment</li> <li>Next.js application running on AWS Lambda</li> <li>API Gateway routing</li> <li>DynamoDB-backed session and interaction state</li> <li>Amazon Braket integration for quantum execution</li> <li>S3 storage for optional artifacts</li> </ul> <h2> Technical Scope</h2> <p>This release demonstrates:</p> <ol> <li>A system architecture integrating interactive interfaces, post-quantum cryptographic workflows, and quantum execution environments.</li> <li>An open-source implementation supporting reproducible demonstrations and experimentation.</li> <li>An experiential framework connecting cryptographic research, infrastructure decision-making, and interdisciplinary engagement.</li> </ol> <h2>⚠️ Limitations and Non-Claims</h2> <ul> <li>The system does <strong>not</strong> perform quantum cryptanalysis.</li> <li>Generated identifiers and keys are <strong>demonstrative artifacts</strong>.</li> <li>Environmental impact metrics are illustrative comparisons.</li> <li>Quantum execution may use simulators depending on hardware availability.</li> <li>The system is <strong>not intended for production cryptographic use</strong>.</li> </ul> <h2> Known Limitations</h2> <ul> <li>Email delivery workflow is UI-ready but backend integration may be incomplete.</li> <li>Environmental impact indicators are simplified visualizations.</li> <li>Some hardware representations are abstracted for educational purposes.</li> </ul> <h2> ️ Getting Started</h2> <p>See:</p> <ul> <li><a href="../README.md"><code>README.md</code></a> for architecture and setup instructions</li> <li><a href="../docs/ui-information/Readme.md"><code>docs/ui-information/Readme.md</code></a> for full UI walkthrough and technical interaction description</li> </ul> <h2> ️ Tags</h2> <p><code>quantum-computing</code><br> <code>blockchain</code><br> <code>post-quantum-cryptography</code><br> <code>aws-braket</code><br> <code>serverless</code><br> <code>interactive-visualization</code><br> <code>research-prototype</code></p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_18668974 |
| institution | Zenodo |
| language | |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | QuantBlockchain/qc-bc-interactive: v1.0.0 — Quantum Futures Interactive Luyao (Sunshine) Zhang Magic Chen Aoyu <h1>v1.0.0 — Quantum Futures Interactive (Initial Public Release)</h1> <h2> Overview</h2> <p>This release introduces <strong>Quantum Futures Interactive</strong>, an interdisciplinary demonstration platform exploring the transition toward quantum-resilient blockchain infrastructure through interactive user experience and real quantum hardware execution.</p> <p>The system combines post-quantum cryptography education, blockchain security awareness, participatory interaction, and cloud-based quantum execution into a unified demonstrator designed for workshops, exhibitions, and technical exploration.</p> <p>The platform illustrates how advances in quantum computing influence cryptographic assumptions underlying distributed systems and how infrastructure, governance, and ecosystem considerations shape technology adoption.</p> <h2> Purpose of This Release</h2> <p>This release provides a reproducible implementation of the interactive demonstration, intended for:</p> <ul> <li>researchers studying post-quantum cryptography and distributed systems,</li> <li>engineers exploring quantum-computing-as-a-service workflows,</li> <li>educators demonstrating quantum risk concepts,</li> <li>and interdisciplinary audiences interested in emerging digital infrastructure.</li> </ul> <p>The system is designed as a <strong>research and educational demonstrator</strong>, not a production cryptographic system.</p> <h2>✨ Included Features</h2> <h3>Interactive Experience (Pages 1–7)</h3> <p>The application guides participants through a structured interaction flow:</p> <ul> <li>Scientific context for quantum computing foundations</li> <li>Visualization of quantum threats to blockchain cryptography</li> <li>Consent-based participation workflow</li> <li>Public sentiment aggregation</li> <li>Technology prioritization voting</li> <li>Quantum device exploration across hardware paradigms:<ul> <li>Classical simulators (SV1, DM1, TN1)</li> <li>Trapped-ion quantum processors (IonQ, AQT)</li> <li>Superconducting quantum processors (IQM, Rigetti)</li> <li>Neutral-atom systems (QuEra)</li> </ul> </li> <li>Generation of a demonstrative post-quantum cryptographic artifact</li> </ul> <h3>System Architecture</h3> <ul> <li>Serverless AWS deployment</li> <li>Next.js application running on AWS Lambda</li> <li>API Gateway routing</li> <li>DynamoDB-backed session and interaction state</li> <li>Amazon Braket integration for quantum execution</li> <li>S3 storage for optional artifacts</li> </ul> <h2> Technical Scope</h2> <p>This release demonstrates:</p> <ol> <li>A system architecture integrating interactive interfaces, post-quantum cryptographic workflows, and quantum execution environments.</li> <li>An open-source implementation supporting reproducible demonstrations and experimentation.</li> <li>An experiential framework connecting cryptographic research, infrastructure decision-making, and interdisciplinary engagement.</li> </ol> <h2>⚠️ Limitations and Non-Claims</h2> <ul> <li>The system does <strong>not</strong> perform quantum cryptanalysis.</li> <li>Generated identifiers and keys are <strong>demonstrative artifacts</strong>.</li> <li>Environmental impact metrics are illustrative comparisons.</li> <li>Quantum execution may use simulators depending on hardware availability.</li> <li>The system is <strong>not intended for production cryptographic use</strong>.</li> </ul> <h2> Known Limitations</h2> <ul> <li>Email delivery workflow is UI-ready but backend integration may be incomplete.</li> <li>Environmental impact indicators are simplified visualizations.</li> <li>Some hardware representations are abstracted for educational purposes.</li> </ul> <h2> ️ Getting Started</h2> <p>See:</p> <ul> <li><a href="../README.md"><code>README.md</code></a> for architecture and setup instructions</li> <li><a href="../docs/ui-information/Readme.md"><code>docs/ui-information/Readme.md</code></a> for full UI walkthrough and technical interaction description</li> </ul> <h2> ️ Tags</h2> <p><code>quantum-computing</code><br> <code>blockchain</code><br> <code>post-quantum-cryptography</code><br> <code>aws-braket</code><br> <code>serverless</code><br> <code>interactive-visualization</code><br> <code>research-prototype</code></p> |
| title | QuantBlockchain/qc-bc-interactive: v1.0.0 — Quantum Futures Interactive |
| url | https://doi.org/10.5281/zenodo.18668974 |